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Calorimetry is rapidly gaining recognition as a primary detection technique for high energy, high luminosity machines. Calorimetry is fast developing; old techniques, like scintillator plates or liquid argon, are defined to achieve their ultimate performance. New techniques, like warm liquids or scintillating fibers, are tested in several setups. The conference is intended to review the advancement of calorimetry and plans for new R&D.
Sample Chapter(s)
Hadron Calorimetry - Optimizing Performance (1,984 KB)
Contents:
- State of Art and R&D for Established Calorimetric Techniques I and II
- New Calorimetric Techniques; Calorimetry for High Luminosity Machines
- Survey of Existing Large Calorimetric Detectors
- Radiation Damage of Calorimetry Components
- Hadronic Showers Simulation Reconstruction Algorithms, Practical Aspects of Jet Energy Measurement
Readership: High energy physicists.
